它是机械结构中最常用的连杆机构。
It is the most commonly used linkage mechanism in machine construction.
发动机的动力机构实际上就是曲柄连杆机构。
The power mechanism of the engine is actually called the crankshaft and connecting rod mechanism.
钻井泵的动力端是一组曲柄、连杆机构。
Drilling pump power end is a group of crank, link mechanism.
活塞连杆机构是内燃机的主要运动机构之一。
采用连杆机构垂直提拔，方便迅速，模板不变形。
Operation is conveniently and quickly, and die cutting plate will not deform.
支架采用正四连杆机构，以改善支架受力状况。
The support uses the four link motion gear, improves the support stress condition.
传统的连杆机构设计比较繁复，误差也大。
Traditional design of a four-bar mechanism is complicated and has larger design error.
本文介绍经编机连杆机构的动力分析。
This paper presents dynamic force analysis of a warp-knitting machine.
采用运动弹性动力学分析方法，建立了高速连杆机构的声辐射分析模型。
Based on the elastodynamic analysis method, the sound radiation analysis model was developed.
采用运动弹性动力学分析方法，建立了高速连杆机构的声辐射分析模型。
Based on the elastodynamic analysis method, the sound radiation analysis model was developed.
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